Abstract: The connector installation tool is an elongate, substantially flat Y-shaped body having a base, a pair of spaced first and second bracket holding jaws projecting upwardly from the base, an elongate handle extending downwardly from the base, and an adjustable abutment spanning perpendicular to the bracket holding jaws, the abutment and jaws defining a bracket holding space therebetween. The connector installation tool presets the proper positioning of the bracket, resulting in more reliable, fast, safe and accurate installation of the connector.

Abstract: A conference participant attempting to log into a conference that has been rescheduled is informed that the conference has been rescheduled to such-and-such date and/or time. If the login attempt is before or during the conference, the participant is offered information pertaining to the conference. If the login attempt is after the conference has ended, the participant is offered the information plus a recording of the conference. An identifier is associated with the conference and used by the host and the participants to uniquely identify the conference.

Abstract: In a computer-implemented method for running a test, the test to test a system under test is generated. At least a portion of the test is designated to be run as a distributed test. The designated test portion is selected to be run in one of a synchronous execution mode or an asynchronous execution mode. Tasks of the generated test are distributed to a plurality of workers. The distributed tasks are run with the plurality of workers according to the execution mode selection.

Abstract: A tailored vehicle seat component 12 having at least two portions with different properties that are joined together, such as by an adhesive or in a welding process (e.g., laser weld). These different properties include thickness, grades, surface finishes, coatings, and the like. The laser tailored welded vehicle seat 12 components may be incorporated into seat back frames 16, seat track assemblies 26, recliners 20, seat base frames 18, head restraints 88, cushion pans 132, and the like, to optimize manufacturing operations, mass, performance quality, and costs.

Abstract: The present invention is directed to the storage of a customized greeting in an on-line calendar entry of a subscriber and providing the customized greeting to a contactor contacting the subscriber when the calendar entry is current.

Abstract: The connector installation tool is an elongate, substantially flat Y-shaped body having a base, a pair of spaced first and second bracket holding jaws projecting upwardly from the base, an elongate handle extending downwardly from the base, and an adjustable abutment spanning perpendicular to the bracket holding jaws, the abutment and jaws defining a bracket holding space therebetween. The connector installation tool presets the proper positioning of the bracket, resulting in more reliable, fast, safe and accurate installation of the connector.

Abstract: One or more of telephony functions and communication routing management are controlled by one or more of presence information, environmental information and physiological information. An analysis of the one or more of presence information, environmental information and physiological information is compared with a profile and the one or more of telephony functions and communication routing modified in accordance with a rule set associated with the profile. The environmental and physiological information can be acquired by a communications device associated with a person or through the communications device communicating with one or more dedicated environmental or physiological sensors.

Abstract: In some embodiments, an apparatus can comprise a memory unit including, two or more assemblies, wherein the two or more assemblies include a first assembly and a second assembly, wherein the second assembly is a later version of the first assembly, and wherein the first and second assemblies include, a stub module configured to detect an assembly initialization request indicating one of the first or second assemblies. The stub module can also be configured to retrieve a reference to a symbol table associated with the one of the first and second assemblies indicated in the assembly initialization request, to store data in the symbol table, and to provide the reference to a caller. The memory unit can also comprise an implementation module configured to perform operations associated with symbols in the symbol table and a processor configured to receive and execute one or more of the stub and implementation modules.

Abstract: A mechanism for the distribution of a test vector for a system test to a parallel computing environment is discussed. A test vector which controls the parameterization of a system test being conducted is provided as an input parameter to a function. In one implementation, the test vector is declared as a distributed array data type. The processing of the input test vector parameter causes the test vector to be distributed to the parallel computing units holding portions of the system under test. The test vector is then used in executing the system test. The results of the execution of the system test using the test vector may then be saved in a distributed array or returned to a client for presentment to a user.

Abstract: A tube recliner mechanism for a vehicle seat having a reclining seat back includes an inner tube extending in a lateral cross vehicle direction and having inboard and outboard ends, an outer tube positioned around the inner tube, and a cylindrical spacer positioned between the inner tube and the outer tube. The relative rotational position of the inner and outer tubes is configured to change via rotation of one of the inner and outer tubes. The spacer, inner tube, and outer tube are all concentrically positioned to thereby reduce friction between the inner and outer tubes during relative movement between the tubes.

Abstract: A machine comprises a processor and at least one other component. The processor determines if the other component needs service, and sends an electronic message addressed to a remote communication device accessible by a user of the machine. The service includes at least one of: repair, replacement and replenishment of the component, and the electronic message indicates the need for the service and includes information to facilitate ordering at least one of: the repair, replacement and replenishment of the other component. The electronic message may include at least one of: an e-mail message, a text message, an instant message, and an SMS message, and may be forwarded to a supplier to place an order for the repair, replacement and replenishment of the other component.

Abstract: A method for repositioning a mark on a belt after an image on paper registration process, which includes printing a test pattern, measuring at least one test pattern parameter, detecting a mark on a belt and detecting at least one imaging error associated therewith, using the at least one test pattern parameter and the at least one imaging error to determine the lateral distance required to shift a particular image to a desired location on the belt and shifting the image to the desired location.

Abstract: A system architecture for scanned non-linearity correction in a printer uses any raster output scanner having scanned non-linearity profile previously stored in memory from a test station installed with any pixel board. The pixel board includes a correction table register wherein the pixel board utilizes the scanned non-linearity profile of the raster output scanner to calculate the correction table register to correct for pixel misregistration.

Abstract: A method for repositioning a mark on a belt after an image on paper registration process, which includes printing a test pattern, measuring at least one test pattern parameter, detecting a mark on a belt and detecting at least one imaging error associated therewith, using the at least one test pattern parameter and the at least one imaging error to determine the lateral distance required to shift a particular image to a desired location on the belt and shifting the image to the desired location.

Abstract: A system architecture for scanned non-linearity correction in a printer uses any raster output scanner having scanned non-linearity profile previously stored in memory from a test station installed with any pixel board. The pixel board includes a correction table register wherein the pixel board utilizes the scanned non-linearity profile of the raster output scanner to calculate the correction table register to correct for pixel misregistration.

Abstract: In a digital printing apparatus, such as a xerographic or ink-jet printer, test marks, such as halftone patches or fiducial marks for image registration, are generated on demand. Coordinates of a desired location of the test mark within an imageable area (such as on a print sheet or on a photoreceptor), as well as a selection of the desired type of test mark, are entered through a user interface. Also entered is data about conditions under which image-quality tests using the test marks are to be performed. Information about the test mark and test conditions is retained as a small number of scalar values. The system enables test methods for a machine to be changed easily, and a basic set of system software can be readily applied to different types of printing hardware.

Abstract: In a digital printing apparatus, such as a xerographic or ink-jet printer, test marks, such as halftone patches or fiducial marks for image registration, are generated on demand. Coordinates of a desired location of the test mark within an imageable area (such as on a print sheet or on a photoreceptor), as well as a selection of the desired type of test mark, are entered through a user interface. Also entered is data about conditions under which image-quality tests using the test marks are to be performed. Information about the test mark and test conditions is retained as a small number of scalar values. The system enables test methods for a machine to be changed easily, and a basic set of system software can be readily applied to different types of printing hardware.

Abstract: In an apparatus and method for plotting on sheets of different widths, such as by cutting and/or printing, a tool support holding a plotting tool, such as a pen or knife blade, is spaced apart from a laterally-extending sheet-supporting surface and movable in the y-coordinate direction over the sheet-supporting surface for plotting on the sheet. A first drive roller defining an abrasive surface is rotatably mounted adjacent to the sheet-supporting surface for engaging a first marginal portion of the sheet and driving the sheet in the x-coordinate direction. A second rotatably-mounted drive roller is spaced laterally relative to the first drive roller, and defines an abrasive surface for engaging a second marginal portion of the sheet and further driving the sheet in the x-coordinate direction.

Abstract: In a sprocket-driven plotter, a pair of drive sprockets are spaced apart from each other and keyed to a common sprocket shaft, and a drive motor is drivingly connected to the shaft to rotatably drive the sprockets, and in turn move the sheets engaged by the sprockets relative to a tool carriage for plotting by drawing lines, cutting or performing a variety of other operations on the sheets. A sheet support defines an arcuate support surface fixedly secured to the apparatus, and extending in its elongated direction between the sprockets for conformably contacting the laterally-extending section of each sheet engaged by the sprockets. The arcuate support surface defines a plurality of relatively raised or outermost surface areas, and each raised surface area is defined by an arcuate surface segment extending in the axial direction of the support for contacting and supporting the sheets.